# Specific gravity of HCl is 1.08. what is its Molarity???

Here's what I got.

Prior to proceeding, ensure that you comprehend the meaning of specific gravity.

In most cases, specific gravity is defined as the ratio of a given substance's density to that of a reference substance at the same temperature; in most cases, this reference substance is water.

In this case, the specific gravity of hydrochloric acid indicates how much a given hydrochloric acid solution weighs in relation to water.

More precisely, your hydrochloric acid solution's density will be equivalent to

Now that you are aware of the solution's density, you can use this information to determine the molarity of the solution by taking a sample and calculating the moles of hydrochloric acid it contains.

You can now find the percent concentration of hydrochloric acid by mass in this solution, which is necessary.

Percentage of concentration: https://tutor.hix.ai

Next, calculate the amount of hydrochloric acid it contains using its mass percentage concentration.

Next, calculate the number of moles of hydrochloric acid in these many grams using the molar mass of hydrochloric acid.

The answer, rounded to three sig figs, will be the number of sig figs you have for the specific gravity of the solution.

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To find the molarity of HCl, you can use the equation:

Molarity (M) = (Specific gravity * 1000) / (36.46 g/mol)

Given that the specific gravity of HCl is 1.08, plugging this into the equation:

Molarity (M) = (1.08 * 1000) / (36.46 g/mol)

Molarity ≈ 29.61 M

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